High thermal sensitivity, perfect detail recognition
Every detail matters when identifying targets. Less than 20 mK NETD helps identify small details of objects from the backgrounds easily and clearly even in the hardest weather and low- light conditions.

Vivid, informative, and layered images
Even when hunting with thermal imaging, PANTHER 2.0’s powerful thermal camera still provides you with the most vivid and layered images for reliable game identification and maximum hunting success.

Built-in laser range finder provides an accurate game
Distance from the game is essential to ensure a safe shot. The built-in LRF provides an accurate distance measurement, allowing you to determine the exact time of your shooting.
Compact Size

integrated design provides hassle-free experience
PANTHER LRF 2.0 continues a one-style design with compact and reasonable structure, it provides hunters with a hassle-free operation experience.

Rugged and reliable for toughest condition
PANTHER LRF 2.0 works well even in extreme temperature surroundings from -30 °C to +55 °C. IP67 waterproof rating keeps it well in conditions of high humidity/dust and heavy rain.

High shock resistance
Metal housing and rugged components enable PANTHER 2.0 high shock resistance up to 1000g/0.4ms on larger calibers to .375 H&H, 12-gauge and 9.3 × 64.
The HIKMICRO Panther PH50L 2.0 thermal sight features a 348 × 288px  12um core with a NETD of <20mkv (one of the most sensitive on the market!) Coupled with a stunning  1024 × 768px OLED display, a high-quality fast F1.0 50mm lens and a laser rangefinder accurate to 600m.

Replaceable and rechargeable battery
Two batteries and an external battery charger are included in the package box, which gives the freedom to use as long as needed even a full day.
The HIKMICRO Panther 2.0 is designed to ensure a clear image in harsh environmental conditions such as darkness, fog, smoke, dust, rain, snow, forest, etc, making this the best choice for hunting large game at longer distances, or small game at medium distances.